Lane detection and traffic sign recognition

R. Mészáros, S. Sergyán
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Abstract

In this paper, some image processing techniques are proposed to detect lanes, and Convolutional Neural Networks (CNN) to detect and classify traffic signs as well. As for the lane detection the main steps are getting the region of interest (ROI) from the input image, thresholding this image, segment lane pixels, and draw the created lane on to the main image. For the traffic sign detection a Yolov3 model was used, trained by darknet framework with the GTSDB database, and for the classification, three CNN models were evaluated, which were trained with the GTSRB database. With the GTSRB database, some image augmentation techniques were used to generate more images, so the database would be balanced.
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车道检测和交通标志识别
本文提出了一些图像处理技术来检测车道,以及卷积神经网络(CNN)来检测和分类交通标志。对于车道检测,主要步骤是从输入图像中获取感兴趣区域(ROI),对该图像进行阈值处理,分割车道像素,并将创建的车道绘制到主图像上。在交通标志检测中使用了Yolov3模型,并使用GTSDB数据库对其进行暗网框架训练;在分类中使用GTSRB数据库对3个CNN模型进行了评估。对于GTSRB数据库,使用了一些图像增强技术来生成更多的图像,因此数据库将是平衡的。
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